A new guide from the ASBP Natural Fibre Insulation Group promotes the use of renewable building materials to accelerate sustainable construction. By highlighting natural alternatives to synthetic products, the guide supports widespread adoption of low carbon construction materials and fosters life cycle thinking in construction. Aimed at both technical professionals and policymakers, this resource advances environmental sustainability in construction and reinforces the role of sustainable material specification in achieving energy-efficient buildings.
Innovators have introduced “climate walls” that incorporate heat pump systems directly into the building envelope. This approach exemplifies low carbon design and enhances the energy performance of both new developments and retrofits. With potential synergy alongside scalable green hydrogen technologies, these integrated systems support net zero Whole Life Carbon goals and demonstrate real-world applications of sustainable building design.
Ecore International is expanding its circular economy model by turning reclaimed rubber into green building products. With a new COO focused on growth, the company aims to deepen its impact on Circular Economy in construction. By embedding circular construction strategies in the supply chain, Ecore addresses Embodied Carbon in materials, contributing to lowering the carbon footprint of construction projects.
A housing development in Berkshire led by Vistry and Kier signals intent to apply sustainable building practices in suburban expansion. While details are still to be announced, the project could showcase sustainable urban development grounded in low carbon building principles. Potential incorporation of Whole Life Carbon and Life Cycle Cost evaluations would mark a commitment to decarbonising the built environment.
A collaborative planning initiative in the western United States brings together public bodies to enhance resilience in real estate. This focus on infrastructure planning aligned with Climate Adaptation provides a framework for sustainable design. Decision-making rooted in Whole Life Carbon Assessment and lifecycle assessment can drive long-term value and environmental impact reduction in urban growth.
The UK's largest university pension fund has published a sustainability scenario analysis for its real estate portfolio, spotlighting the financial sector’s increasing attention to climate risk. Integrating Whole Life Carbon data and building lifecycle performance into investment decisions reflects growing awareness of the net zero carbon imperative and underscores the role of Lifecycle Metrics in risk assessment.
